source: https://cneos.jpl.nasa.gov/

Grtz, Dirk.

Deep Space Traveling. What a good solution could be is to pick out an asteroid who has a big elliptical orbit around the sun or to the outside of the solar system. It would need to have a certain gravity with an additional spin to become to 1G. We make a spaceship and we send the space ship on an intercepting course with this asteroid. Then we shoot some harpoon hooks at the asteroid and we begin our voyage in to space with our kinetic energy source.

Grtz, Dirk.

Left we see the moon color as with our eyes as it reflects the light that is coming from earth. Right is the same image but inverted, so that gives us the colors that are absorbed by the moon. Now, would that be a prove that the atmosphere of the earth is blue or that the moon is red. :-)

Grtz, Dirk.

Ok, this one is going to attract some type of space observers. Lets say we place a magnet between the earth and the moon in space, what should happen is that it should follow the magnetic route that is at that moment present. Now, lets say we can enforce the magnetism by a switch at certain moments and even flip the poles according to our wanted direction. We could go direction moon or earth and even travel from pole to pole. Of course we would need some assistance of an other type of trust to adjust all these raw steerings. Hmm, i wonder if i have not seen this technology before. But apart from that, it could be useful in space while hopping from one metallic core to another metallic core.

Grtz, Dirk.

If we would start in orbit and on the moon with some basic central structure and then travel to mars with it to place it in the orbit of mars around the sun and there we could add some further structures made in space with the resources of the asteroid belt then maybe we could travel with it at the kuiper belt to build it to a big spaceship for the safeguarding of life in the solar-system. The only thing that we would need to build before we get there and to use on the road would be a big energy source. As we have our sun for free we should build a chain of solar energy stations till the most outward planets where we could use cold gases and ice in combination with the solar energy to the needed resources for life.

Grtz, Dirk.

I was thinking about what space could offer us and at first thought one would think nothing as it is empty. But if we would take our thoughts a step further what we notice are different states of matter and energy in space. So in fact space is a good place to store energy as it is vacuum. Then i thought about our sun,  how can we store energy from the sun. True solar-panels, water-boilers and heat-storage. Then i thought about plasma, and if i am not wrong, plasma is gas and electricity. So would it not be possible to find a plasma solution directly in space. For example as a storage of electricity in space or as a temporary buffer for electricity. To put into a simple idea it could be a tank filled with a gas and with an instalation to harvest electricity and a way to serve the electricity as an energy-wave or laser.

Grtz, Dirk.

Best wishes for 2019 to everyone on planet Earth and beyond!

Let the force be with you to fulfill all your dreams so the Sky  is NOT your limit anymore...

Space data, the next sources of income. If we could send a mini-satellite with a cam and other sensors to the asteroid belt and let it drift along within the belt while we store some close-by data then this data could be picket up by passing space crafts and send back to earth. It could be done by hitchhiking on a mars directed spacecraft and then be launched at the belt.

Grtz, Dirk.

To go somewhat further on my previous idea. In the map above you see blue lines. Those lines are parallel with the track that Hawaii made in the past on the pacific plate in the red lines. First we have the somewhat horizontal lines which picture the today magnetic equator versus the more vertical lines which could picture the previous magnetic equator. Lets assume that these periods would take thousands of years. It would be logic that at each big period there are thriving civilizations before big catastrophes. If we would now take these crossroads as overlapping civilizations like for example very old ones and not so old ones like we see for example in Egypt and lots of other places then that could be a hint to look for older civilizations beneath younger ones and we could grasp the much older history of recent history of earth. Maybe we could also find geological evidences about those happenings.

Grtz, Dirk.

Today we had a big quake near Russia at the top of the big old plate from the Pacific Ocean. This plate causes much quake activity to the west where it goes under Asia. Today something fell to my attention and that is that Hawaii is ready i think to take his next big turn towards the south-pole. That could mean a start of other reactions around the north of this plate. The previous turn you can see in the top left of the picture. If someone could stick some dates to that previous turn then maybe we could find some clues in the geography of the earth.

Grtz, Dirk.

Tonight i woke up with an idea about sub-particles. We know that atoms have particles and that these particles have even more sub-particles. These are very sticky so they must have come from great energy sources. My idea is now that every time there is a big outburst of gamma-rays that these sub-particles are send out in to the nearest local universe and while traveling true mass at a certain moment they insert themselfs in to the atom-particles from the same family. So we could assume that atoms are in fact getting heavier as time passes. Now if we go further to the jets of black-holes in the center of galaxy's, they produce even more sub-particles which are spread over even far more distances putting there signatures of sub-particles in the local galaxy atoms. From here we can say that every galaxy has his own sub-particle signature and their own bizarre entanglements that where created inside heavy cores. I would assume that even our sun is sending out these sub-particles which would make us build up out of most of the suns sub-particles making us true offspring of the sun. We are solar creatures.

Grtz, Dirk.

Everything we know at what ever level exists as bubbles. Lets go to space. We have earth with his space-bubble, that goes on to the most outward regions around earth, high orbit i think it is called. To me everything inside that high-level orbit is part of earth. So if we are planning to clean up earth it should contain these regions in space as well. Then we have the moon with his space-bubble. If we go a level higher then we have our sun with its solar-bubble and then as last local bubble we have the heliosphere as the bubble from our entire solar-system.
We could even use this bubble vision in other things such as goals or subjects with their saving overlapping called buffers. Earth has great examples of buffering especially in nature and life. It is a way of surviving. To much or to little from everything can be used as an over-bridging in between extremes or as solutions to problems.
I think we should place that in our mind and take it into space. Buffering water, oxygen, food, fuel, materials, etc. would be a good start for the long run. Also as Igor stated a backup from earths life in space could be part of that, maybe as physical DNA-bank or with 3D-printing-DNA-techniecs.
In psychology we could use it also. Being open minded places a bubble in between left and right with open buffers to left and right. I guess that is called diplomatic or solution-oriented thinking.

Grtz, Dirk.

As from today we have a map from the moon from incoming body's on the moon, see yellow dots. That is not such good news for building something on the moon. But then i saw a structure in these impacts. If the moon has a metal core it would be drawing these to the middle of the moon away from the poles. So i drew a circle to image that core, you see it as the blue circle. Then i drew some orange lines closer to the poles and what we see is a saver zone from impacts. So i guess that would be a choice of preference for the moment.

Grtz, Dirk.

Link to original article: http://www.esa.int/Our_Activities/Operations/Space_Situational_Awareness/Learning_from_lunar_lights

Today i question the expanding universe, the big-bang, etc.. Lets start with a galaxy but i will also be talking about other happenings who follow one and the same theory. Lets start by imagining space as a big collection of bubbles. How big that the universe itself is i can not tell for the moment, we will have to find new ways to look even further as our strongest telescopes. But lets work with the observable universe.

A galaxy, it is a heap of stars that is captured by a black-hole aka heavy core. Some galaxy's have many black-holes, that comes from eating smaller galaxy's or sleeping black-holes without a galaxy. Lets imagine that our galaxy is in fact a bubble in space. The mass in this bubble is directed towards the center what gives a view of a shrinking mass inside the static space bubble. The same goes for all galaxy's in the universe, they are all bubbles next to each other till a bigger galaxy eats an other one. We could view it as soap bubbles that are forming continuously bigger bubbles till the balance is destroyed and an explosion happens in that bubble.

This theory should be the same on an atom level, space stays the same only the atoms get together to form a higher density or heavier atom with their cell border being the electron fields which occupy now a two atom space with double electrons, by manner of speaking of-course.

We can also fit this theory in our solar-system as the sun is attracting more mass to the center of our solar-system, space around it is not shrinking or expanding, it is the inner mass that comes closer together while electrons and magnetic fields are going the opposite way to counter act our part in the galaxy.

So we see two rules, gravity that makes mass heavier and denser, and magnetic and electrons that are the opposite of that force and are creating our bubbles. Atomic bubbles, star-bubbles, galaxy-bubbles and probably but not sure, also universal bubbles.

So if at what ever level a bubble explodes, it would be a good candidate to propose that the so called big-bang would have been an exploding heavy core or black-hole that was getting instable and that it would have been evaporating everything inside its potential exploding-force bubble.

Maybe the micro-wave background is the border of our local universal explosion caused by an instability inside our universal bubble. Now i can hear people say, but that is not possible, our universe is expanding. Ok, if we are on mass that is shrinking then it would be a false interpretation of expanding. Space stays the same, it is mass in the space-bubbles that shrinks where by we think that mass does not shrink and space expands, while it is in fact the opposite.

So, remember when you are blowing bubbles, then think of this bubble-theory.

Grtz, Dirk.

Lets not confuse laws with ideals. A law is a limitation where we can move in. An ideal has no limits.
For example: we have a law of moving for max. 50km/h. This law is for safety. It says that it is preferable to not go over that speed or else there is danger for accidents. So if you cross that safety limit then you are a danger for other people and you have to pay a fee.
Now, take ideal, you can move at whatever speed you want, but if you see a sign with 50km/h then you must be careful to not cross this limit because of the possible accidents. So it would be wise to take down your speed to not harm yourself or other people. If you do not consider the slowdown then you will have to pay a fee.
Most will say that the second part is a lie or misinformation, to me it is about a possitive mindset or reasoning.

Grtz, Dirk.

If we are planning to build on the moon then it is necessary to know what we can find where. The only  geologist on the moon was with the Apollo 17 mission, that was some time ago. Luckily we have better technology now and can from distance examine the moon, all be it not so profound as touching the real stuff. Ok, first we need concrete materials and maybe steam to mix and moisture them. I suppose the overall moon dust will be fine as a basic material. If we could find ice in the same place then that would be a surplus for a factory. Making concrete roads would make transportation faster and concrete plains would be good for landings and take-offs. Lets build with concrete on the moon.

Grtz, Dirk.